電爐鋼渣 的英文怎麼說

中文拼音 [diàngāngzhā]
電爐鋼渣 英文
electric furnace slag
  • : Ⅰ名詞1 (有電荷存在和電荷變化的現象) electricity 2 (電報) telegram; cable Ⅱ動詞1 (觸電) give...
  • : 鋼名詞(鐵和碳的合金) steel
  • : 名詞1 (渣滓) dregs; residue; sediment:煤渣coal cinder; 殘渣 dregs; 豆腐渣 soya bean residue; 豬...
  1. It is widely applied to the stove top, shove head, stove door and burmer brick, the binding of cooling - tube and groove bottom of the molten steel mouth of the heat stove, meantime empopyed in the field of the step stove bottom, the fir - proof wall of the circular stove, the cover, the protruding tape and sand sealing mouth of the equal - heating stove, the triangle, the spray gun and meltingiron groove of electric stove and also including fire - resistant material used in the refine stove and the stove door

    加熱頂、頭、門、燒嘴磚、水冷管包紮、出槽槽底、步進底、環形檔火墻、均熱蓋、凸出帶、砂封口、中間包包蓋、三角區、鐵水包襯里、外精煉用噴槍,底吹氧煙道、鐵水溝蓋、檔堰、高中各種耐用火料襯里煉焦門等。
  2. With many talent personnel gathering together, the company formed areasonable group backbone structure of " the old, middle and young ". the senior engineer wang shizhong, general technology director of the company, is a national expert indulging in rectifier transformer researching for more than 50years, who enjoys the governmental allowance from department of state. having designed many large rectifier transformers for electrolysis, wanghas special views to the designing and manufacturing draft of rectifier transformer as well as excellent technological skills, and has been recognized as one of the top experts in rectifier transformer field

    國內的6個變壓器行業標準均由我公司為主起草的,計變壓器jb t9640 - 1999埋弧變壓器總則jb t5344 . 1 - 2004變壓器技術參數和要求jb t6303 - 2004黃磷變壓器技術參數和要求jb t8506 - 2006變壓器jb t8447 - 2006包精煉變壓器jb t10429 - 2004等。
  3. Abstract : based on the previous results of dephosphorization of stainless steel and new developments of eaf steelmaking process, dephosphorization technology of stainless steel is discussed. a weak oxidizing dephosphorization technology is proposed in which c ( carbon ) is added into slag to control furnace atmosphere and slag activity

    文摘:基於不銹脫磷的有關研究結果及工藝的最新進展,對不銹脫磷工藝進行了分析討論,提出了向中加碳控制氣氛及反應性能,從而實現弱氧化脫磷的工藝方案。
  4. Based on the previous results of dephosphorization of stainless steel and new developments of eaf steelmaking process, dephosphorization technology of stainless steel is discussed. a weak oxidizing dephosphorization technology is proposed in which c ( carbon ) is added into slag to control furnace atmosphere and slag activity

    基於不銹脫磷的有關研究結果及工藝的最新進展,對不銹脫磷工藝進行了分析討論,提出了向中加碳控制氣氛及反應性能,從而實現弱氧化脫磷的工藝方案。
  5. With this model the eaf steel - making process can be simulated, including of scrap melting procedure, the changes of temperature, slag quantity and compositions of steel, slag and off - gas

    該模型可動態地模擬冶煉過程中的廢量、溫、量、液成分、組成和氣成分的變化。
  6. The improvement technique of the single - slag manner smelting steel of arc furnace has been put forward, with details of discussion about suitable conditions and range of such technique and analysis of process characteristics and effect mechanism

    摘要提出了法煉的改進工藝,針對單法熔煉的工藝內容,較為詳細地討論了其工藝適應條件和范圍;分析了藝流程特性和工藝行為的作用機理。
  7. The single - slag steel melting method affected by the main process parameter of arc furnace

    主要工藝參數對單法煉的影響
  8. The occurrence, mineral composition and constructure of titanium in solidified slags which are obtained from blast furnace slags via selective precipitating and growth have been studied, and the contribution of titanium among different mineral phases has been calculated by optical microscope, x - ray diffraction ( crd ) as well as scanning electron microscope ( sem )

    本文採用光學顯微鏡、 x射線粉晶衍射、圖象分析和掃描鏡等多種手段,研究了攀含鈦高經選擇性析出處理的凝中鈦的賦存狀態、礦物組成及結構,計算了鈦在各礦物相中的分佈,測定了原料中鈦礦物的解離度,為鈦的綜合利用提供了科學依據。
  9. Abstract : the occurrence, mineral composition and constructure of titanium in solidified slags which are obtained from blast furnace slags via selective precipitating and growth have been studied, and the contribution of titanium among different mineral phases has been calculated by optical microscope, x - ray diffraction ( crd ) as well as scanning electron microscope ( sem )

    文摘:本文採用光學顯微鏡、 x射線粉晶衍射、圖象分析和掃描鏡等多種手段,研究了攀含鈦高經選擇性析出處理的凝中鈦的賦存狀態、礦物組成及結構,計算了鈦在各礦物相中的分佈,測定了原料中鈦礦物的解離度,為鈦的綜合利用提供了科學依據。
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